Completed project drawing (dimensions added for reference)

CHAPTER 5 Fundamentals IV PROJECT EXERCISE This project exercise provides point-by-point instructions for setting up the drawing with layers and then creating the objects shown in the accompanying figure. FIGURE P5 1 Completed project drawing (dimensions added for reference) In this project, you will learn how to do the following: Set up the drawing, including Limits and Layers. Use the PLINE, SOLID, SKETCH, and DONUT commands to create objects. Use the COPY command to create objects from other objects. Use the ROTATE and STRETCH commands to modify objects. Use the TEXT command to create text objects. 5-1

5-2 SET UP THE DRAWING AND DRAW A BORDER Step 1: Step 2: Step 3: Start the AutoCAD program. Invoke the NEW command from the Quick Access toolbar. AutoCAD displays the Select Template dialog box. Select acad.dwt as the template file and choose Open. AutoCAD creates a new drawing. Invoke the UNITS command from the on-screen prompt by typing units and press ENTER to set the drawing units. AutoCAD displays the Drawing Units dialog box. Choose Architectural from the Type list box in the Length section and choose OK. Invoke the LIMITS command from the on-screen prompt by typing limits and press ENTER to set the drawing limits. AutoCAD prompts: Specify lower left corner or, (ENTER) Specify upper right corner: 9,7 Invoke the ZOOM ALL command from the Navigate panel located in the View tab to display the drawing limits. (ENTER) Invoke the LAYER command from the Layers tab. AutoCAD displays the Layer Properties Manager dialog box. Create six layers and rename them as shown in the following table, assigning the appropriate color and linetype. Layer Name Color Linetype Lineweight Border Red Continuous Default Object White Continuous Default Solid-Donut White Continuous Default Center Red Center Default Hidden Magenta Hidden Default Const Blue Continuous Default Set Border as the current layer. CREATING OBJECTS Step 4: Draw the border using the PLINE command, with a width of.5 from -2,-2 to -2,6-1 to 8-1,6-1 to 8-1, -2, and then close back to -2, -2. Step 5: Make the Object layer current and draw the bottom plate using the RECTANGLE command from 3-4,1-6 to 5-5,1-7. Your drawing should look like Figure P5 2. Step 6: Copy the rectangle twice, with displacements of -,2-1 -,3-1. See Figure P5 3. and

Chapter 5 Fundamentals IV 5-3 FIGURE P5 2 Bottom plate FIGURE P5 3 Setting of the base Step 7: Stretch the top rectangle with a displacement of,6 to change it from a 2-1 1 rectangle to a 2-1 7 rectangle. See Figures P5 4 and P5 5.

5-4 FIGURE P5 4 Display with the stretch crossing FIGURE P5 5 Result after stretching the top rectangle Step 8: Step 9: Draw a horizontal line through the top of the bottom rectangle, and then copy it five times up 1,up1-11,up2 -,up2-11, and up 3-8. Your drawing should look like Figure P5 6. Use the SKETCH command to create the end breaks of the top and side views of the beam. Your drawing should look like Figure P5 7.

Chapter 5 Fundamentals IV 5-5 FIGURE P5 6 Basic layout FIGURE P5 7 Drawing lines with SKETCH command Step 1: While the Object layer is still current, draw the additional lines shown in Figure P5 8. Refer to Figure P5 1 for the size of the objects, and make sure to draw in appropriate layers (Center and Hidden). When this step is completed, your drawing should look like Figure P5 9.

5-6 FIGURE P5 8 Additional objects added to the layout FIGURE P5 9 Drawing after changing the linetypes Step 11: Set the Solid-Donut layer as the current layer. Create the solid-filled rectangles with the SOLID command. You can create each one individually, or you can create one and then COPY it to the required locations. Refer to Figure P5 1 for the location of solid-filled rectangles. Your drawing should then look like Figure P5 1.

Chapter 5 Fundamentals IV 5-7 FIGURE P5 1 Drawing with the solid objects drawn Step 12: Create the solid-filled circles with the DONUT command. The DONUT command permits you to place multiple created objects after you have specified the inside and outside diameters. These (the donuts) might be more easily created one by one simply by picking their individual insertion points without exiting the DONUT command. Refer to Figure P5 1 for the location of solidfilled rectangles. Add hidden vertical line in the center of the lower view. Your drawing should now look like Figure P5 11. FIGURE P5 11 Drawing with the donut objects drawn

5-8 Step 13: Set the Text layer as your current layer. Add the annotations as shown in Figure P5 12. Save the drawing as PROJ5.DWG. FIGURE P5 12 Completed drawing

Chapter 5 Fundamentals IV 5-9 Do not draw dimensions or hatch patterns in the exercises for chapter 5. They are shown for information only. NOTE EXERCISE 5 1 Create the plan and section of transition ductwork drawing, as shown in Figure Ex5 1, according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 22,17 3. Grid 6 4. Snap 3 5. Layers NAME COLOR LINETYPE Centerline Cyan Center Border Red Continuous Structure Green Continuous Ceiling Magenta Hidden Duct Blue Continuous Notes Blue Continuous The duct will have a clear inside area of 2 12 and will have a thickness of ½. The transition must take place within a 2 ¼ length. Do not dimension. HINT

5-1 FIGURE EX5 1 Plan and section of transition ductwork

Chapter 5 Fundamentals IV 5-11 EXERCISE 5 2 Create the elevation and section of a 6 6# raised face and ring joint ANSI B 16.5 flanges drawing, as shown in Figure Ex5 2, according to the settings/specifications given in the following table. Do not dimension. 1. Units Decimal 2. Limits Lower left corner:, Upper right corner: 4,26 3. Grid 1 4. Snap.5 5. Layers NAME COLOR LINETYPE Center Cyan Center Border Red Continuous Raised face Green Continuous Ring joint Magenta Hidden 6. Specifications Dimensions of ANSI B16.5 Class 6 Flanges and Flange Bolts Nominal Pipe Size O.D. of Flange Flange Thickness Dia. of Hub Slip-on Socket Dia. of Bold Circle Dia. of Bolt Holes No. of Bolts Size of Bolts Raised Face Ring Joint 6 14. 1.88 8.75 2.62 11.5 1.12 12 1 8.5 See Dwg The circular center line and radial center lines through the bolt holes can be drawn by drawing a small arc through one of the bolt holes and then a longer arc between the bolt holes and then drawing one set of radial long/short/long lines. Then the two arcs and three radial lines can be drawn seven times in a semi-circle by using the polar option of the ARRAY command. NOTE

5-12 FIGURE EX5 2 Elevation and section of a 6 6# raised face and ring joint flange

Chapter 5 Fundamentals IV 5-13 EXERCISE 5 3 Create the top view and section of a multigroove compressor pulley drawing, as shown in Figure Ex5 3, according to the dimensions and settings given in the following table. Do not dimension. 1. Units Decimal 2. Limits Lower left corner:, Upper right corner: 4,26 3. Grid.5 4. Snap.5 5. Layers NAME COLOR LINETYPE Center Cyan Center Border Red Continuous Object Green Continuous Notes Green Continuous

5-14 FIGURE EX5 3 Top view and section of a multigroove compressor pulley

Chapter 5 Fundamentals IV 5-15 EXERCISE 5 4 Create the elevation and section of a surface-mounted flag pole bracket drawing, as shown in Figure Ex5 4, according to the settings given in the following table. Do not dimension. 1. Units Decimal 2. Limits Lower left corner:, Upper right corner: 5,32 3. Grid 1 4. Snap.5 5. Layers NAME COLOR LINETYPE Center Cyan Center Border Red Continuous Object Green Continuous

5-16 FIGURE EX5 4 Elevation and section of a surface-mounted flag pole bracket

Chapter 5 Fundamentals IV 5-17 EXERCISE 5 5 Create the mechanical plate drawing shown in Figure Ex5 5 using the standard hex head nut size from the specification table according to the settings given below. Do not dimension. 1. Units Decimal 2. Limits Lower left corner:, Upper right corner: 4,26 3. Grid 1 4. Snap.5 5. Layers NAME COLOR LINETYPE Center Cyan Center Border Red Continuous Bolthole Green Continuous Nuts Magenta Hidden Socket Blue Hidden Plate White Continuous 6. Specifications Dimensions are from API 6A/16A for standard hex bolt data Bolt size Nut Dimension Across Flats Nut Dimensions Across Corners Socket Diameter 1.125 1.812 2.9 2.88 You will be able to determine the dimensions of the plate by using the dimensions of the sockets and the spaces between the sockets as shown in the drawing. HINT

5-18 FIGURE EX5 5 Mechanical plate

Chapter 5 Fundamentals IV 5-19 EXERCISE 5 6 Create the drawing shown in Figure Ex5 6 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 9,6 3. Grid 4 4. Snap 2 5. Ltscale 4 6. Layers NAME COLOR LINETYPE Center Cyan Center Border Red Continuous Backboard Green Continuous Rim Magenta Hidden Text Blue Continuous Make sure to make each layer current before beginning to draw any objects that are on it. HINTS The border can be drawn from coordinates 3,3 command. to 8-9,5-6 using the RECTANGLE Draw a vertical construction line (xline) through a point whose X coordinate is 4 -. Offset the vertical xline 2-3 to each side of the line just created. Draw a horizontal construction line (xline) through a point whose Y coordinate is 2 -. Offset the horizontal construction line 3 lower line 1-2½ toward the bottom of the drawing. above and below the line just created. Offset the The construction lines just created will guide you in drawing the circles and lines required for completing the outline of the object. Using the intersections of the lines and/or circles, draw the sides and sloped bottom lines of the backboard on the Backboard layer. Using the TRIM command, trim the lines and circles to complete the shape. After the drawing is finished, either the Construction Layer can be turned OFF or the construction lines can be erased. Do not dimension. FIGURE EX5 6

5-2 EXERCISE 5 7 Create the drawing shown in Figure Ex5 7 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 12,9 3. Grid 6 4. Snap 3 5. Layers NAME COLOR LINETYPE Construction Cyan Continuous Border Red Continuous Object Green Continuous Center Magenta Center Text Blue Continuous Hidden White Hidden HINTS Make sure to make each layer current before beginning to draw any objects that are on it. The front view of the wheel handle can be drawn using the PLINE command. The top of the handle is 8 above the top of the closure plate. The circle part of the top view of the wheel handle can be drawn using either the DONUT command or the PLINE command with the arc option, creating two 18-degree polyarcs with a width of 1. Do not dimension. FIGURE EX5 7

Chapter 5 Fundamentals IV 5-21 EXERCISE 5 8 Create the drawing shown in Figure Ex5 8 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 6,45 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Construction Cyan Continuous Border Red Continuous Object Green Continuous Text Blue Continuous Be sure to make each layer current before beginning to draw any objects that are on it. HINTS The border can be drawn from coordinates 2,2 to 58,43 using the RECTANGLE command. The outline of the foundation wall can be drawn with the PLINE command. Then, by using the OFFSET command (set at 6 ), create the additional four lines, each one from the previous line. The Detail of Stair Riser and Sections A and B can be drawn to true dimensions. Then you can use the SCALE command to enlarge the view of the Detail by a factor of 1.5 and to enlarge the view of the Sections by a factor of 2.. Do not dimension. FIGURE EX5 8

5-22 EXERCISE 5 9 Create the drawing shown in Figure Ex5 9 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 6,45 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Construction Cyan Continuous Border Red Continuous Object Green Continuous Text Blue Continuous Hidden White Hidden HINTS Open the drawing that you created in Exercise 5 8 and save it as EX5 9. Erase the Detail of Stair Riser and Sections A and B. Erase the internal double squares and the inside line of the foundation wall in the plan. Change the foundation wall lines to be on the Hidden layer. The roof lines can be drawn with polylines with a width of ½. FIGURE EX5 9

Chapter 5 Fundamentals IV 5-23 EXERCISE 5 1 Create the floor entry pattern drawing shown in Figure Ex5 1 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 12,9 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Border Red Continuous Holes Green Continuous Use DONUT and ARRAY commands. Make sure to set FILLMODE to ON. Do not dimension. HINT FIGURE EX5 1 Floor entry pattern

5-24 EXERCISE 5 11 Create the contour lines for the plot plan drawing shown in Figure Ex5 11 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 64,496 3. Layers NAME COLOR LINETYPE Border White Continuous Propline Blue Phantom Road White Continuous Bldgwall Blue Continuous Drive Green Continuous Existcontours Green Hidden Newcontours Green Continuous

Chapter 5 Fundamentals IV 5-25 FIGURE EX5 11 Contour lines for the plot plan

5-26 EXERCISE 5 12 Create the layout of a National Football League playing field drawing, shown in Figure Ex5 12, accordingtothesettingsgiveninthefollowingtable. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 515,4 3. Layers NAME COLOR LINETYPE Border White Continuous Playfield White Continuous Yardline White Continuous Notes Red Continuous Dash limit White Hidden

Chapter 5 Fundamentals IV 5-27 FIGURE EX5 12 Layout of a National Football League playing field

5-28 EXERCISE 5 13 Create the layout of property subdivisions in a city block shown in Figure Ex5 13 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 46,355 3. Layers NAME COLOR LINETYPE Cityblock White Continuous Propline White Phantom Bldgperim Red Continuous Bldgwall Green Continuous StrAddr White Continuous HINT Buildings share a common party wall that is 1 foot wide; except those at the ends of a row.

Chapter 5 Fundamentals IV 5-29 FIGURE EX5 13 Layout of a subdivision in a city block

5-3 EXERCISE 5 14 Create the doweled concrete column and beam shown in Figure Ex5 14 according to the settings given in the following table: 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 4,3 3. Layers NAME COLOR LINETYPE Center White Center Beam Column White Continuous Grout Red Continuous Bplate Green Continuous Reinf Yellow Continuous Text Blue Continuous

Chapter 5 Fundamentals IV 5-31 FIGURE EX5 14 Doweled concrete column and beam

5-32 EXERCISE 5 15 Create the drawing of a precast concrete panel wall of typical panel size shown in Figure Ex5 15 according to the dimensions given. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 55,4 3. Layers NAME COLOR LINETYPE PC Panel White Continuous Text Yellow Continuous FIGURE EX5 15 Precast concrete panel wall with typical panel sizes

Chapter 5 Fundamentals IV 5-33 EXERCISE 5 16 Create the schematic layout of an electronic fire alarm and communication diagram shown in Figure Ex5 16 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 15,1 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Border White Continuous Module Blue Continuous Symbols Red Continuous Notes Green Continuous FIGURE EX5 16 Schematic layout of electronic fire alarm and communication diagram

5-34 EXERCISE 5 17 Create the schematic diagram of a partial electrical riser shown in Figure Ex5 17 according to the settings given in the following table: 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 12,6 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Border White Continuous Substation Yellow Hidden Transformer Blue Continuous Meter Green Continuous Boxes Red Continuous Text White Continuous

Chapter 5 Fundamentals IV 5-35 FIGURE EX5 17 Schematic diagram of partial electrical riser

5-36 EXERCISE 5 18 Create the schematic diagram of a simple Ethernet peer-to-peer network shown in Figure Ex5 18 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 15,1 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Border White Continuous Module Blue Continuous Symbols Red Continuous Notes Green Continuous FIGURE EX5 18 Schematic diagram of a simple Ethernet peer-to-peer network

Chapter 5 Fundamentals IV 5-37 EXERCISE 5 19 Create the schematic diagram of a two-segment Ethernet network shown in Figure Ex5 19 according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 12,9 3. Grid 12 4. Snap 6 5. Layers NAME COLOR LINETYPE Border Red Continuous Cable Green Continuous Symbols Blue Continuous Text White Continuous FIGURE EX5 19 Schematic diagram of a two-segment Ethernet network diagram

5-38 EXERCISE 5 2 Create the schematic diagram of residential circuit breakers, as shown in Figure Ex5 2, according to the settings given in the following table. 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 4,4 3. Layers NAME COLOR LINETYPE Border White Continuous Wire Green Continuous Symbols Blue Continuous Text White Continuous FIGURE EX5 2 Schematic diagram of a residential circuit breaker

Chapter 5 Fundamentals IV 5-39 EXERCISE 5 21 Create the drawing shown in Figure Ex5 21 according to the settings given in the following table: 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 7,5 3. Grid 12 4. Snap 3 5. Layers NAME COLOR LINETYPE Construction Cyan Continuous Border Red Continuous Object Green Continuous Center Magenta Center Text Blue Continuous Hidden White Hidden Open the drawing that you created in Exercise 5 7. Change the limits. Resize the border. Erase the front view and centerlines connecting the views. Be sure to make each layer current before beginning to draw any objects that are on it. HINTS Now you can move the top view of the containment closure device to become the lower left object in the array, and use the ROTATE command to reorient the hinge from the right side to the top (þ9 ). Before using the ARRAY command to create the 11 other closure devices, the hidden-line rectangle can be created and arrayed with the closure device. Do not dimension. FIGURE EX5 21

5-4 EXERCISE 5 22 Create the pipe sections from typical pipe sizes, as shown in Figure Ex5 22, according to the settings/specifications given in the following table: 1. Units Decimal 2. Limits Lower left corner:, Upper right corner: 17,11 3. Grid 1 4. Snap 5 5. Layers NAME COLOR LINETYPE Border Red Continuous Pipe Green Continuous Notes Blue Continuous 6. Specifications Pipe Wall Thickness Nominal Pipe Size Pipe O.D. Schedule Schedule Schedule Schedule Schedule 1 12 1.75 12.75 3 4 6 8 1.37.33.365.46.5.562.594.688.719.844 HINT Make sure FILLMODE is set to ON.

Chapter 5 Fundamentals IV 5-41 FIGURE EX5 22 Pipe sections of typical sizes

5-42 EXERCISE 5 23 Create the layout of a typical residential building gas service drawing, as shown in Figure Ex5 23, accordingtothesettingsgiveninthefollowingtable: 1. Units Decimal 2. Limits Lower left corner:, Upper right corner: 1,8 3. Grid 1 4. Snap 5 5. Layers NAME COLOR LINETYPE Border White Continuous Street walk wall White Continuous Pipe Red Continuous Valve green Continuous Center White Center Text White Continuous

Chapter 5 Fundamentals IV 5-43 FIGURE EX5 23 Layout of a typical residential building gas service drawing

5-44 EXERCISE 5 24 Create the layout of a partial piping riser diagram, as shown in Figure Ex5 24, according to the settings given in the following table: 1. Units Architectural 2. Limits Lower left corner:, Upper right corner: 75,6 3. Grid 1 4. Snap 6 5. Layers NAME COLOR LINETYPE Border White Continuous Stackpipe Green Continuous Ventpipe Blue Dashed Fixture Red Continuous Cleanout Green Continuous Text White Continuous Floor Yellow Continuous

Chapter 5 Fundamentals IV 5-45 FIGURE EX5 24 Layout of a partial piping riser diagram